IoT Use Cases
Become the role model for increasing creativity and productivity in various industries.
There is no doubt that our daily life depends on the energy supply. Probably, your laptop or phone is getting charged while you are reading this article; Later, you may open the fridge to drink water and need gas to prepare a meal. All energy sources, including water, electricity, and gas, play a prominent role not only in our personal lives but also in our organizations and industries. However, with population increase and countries’ industrialization, the irregular and unmanaged use of these resources has increased. Since life without energy resources is unimaginable, it is better to think of solutions today!
Various solutions have been introduced to manage energy consumption optimally, the most prominent of which can be achieved by new technologies. Technologies such as the Internet of Things (IoT) and its integration with other technologies such as artificial intelligence, big data, and machine learning can enable energy distribution management, real-time consumption monitoring, and analysis.
IoT technology plays a key role in the development of smart city, smart fleet, smart building, and smart farming solutions. Between 2021-2025, the cumulative annual growth rate of using IoT in the energy sector is expected to reach 11/8%. Here, you can see some impressive IoT applications for optimizing energy consumption:
Smart water, electricity, and gas meters
Real-time energy consumption monitoring by web or mobile apps
Using smart home appliances for reducing energy consumption
Identifying high-consumption appliances and peak times for optimal planning
Implementing smart lights in urban and rural areas
Smart distribution of resources by analyzing different regions’ consumption
Detecting damage or leakage by comparing energy input and output
Forecasting the amount of energy consumption and costs for optimal planning
You probably have a thousand other ideas reaching your creative mind now that you know better about the rising energy market and the power of IoT in this sector. But, when applying IoT capabilities to implement your ideas, you will need certain skills and tools. Thingspod can be a dreamy tool to make your ideas come true!
ThingsPod is a comprehensive Internet of Things platform for managing your IoT devices, which makes processing, storing, and displaying data fast, easy, and delightful.
You can send all sorts of data related to the vehicle location, cargo status, and driver behavior to the ThingsPod platform using smart devices (nodes). Thingspod supports many web protocols such as MQTT, HTTP, and CoAP and other industrial protocols such as Modbus, OPC-UA, and LoRaWAN. Then, you will be able to process your data from fleet devices through platform programming blocks and display the information by default widgets.
In ThingsPod, you can manage energy consumption in the following ways:
Collecting different data from smart meters and other devices
Using Rules Engine for processing the gathered data and generating alerts
Calculating data and sending information to external systems
Displaying historical or real-time data by flexible dashboards
Defining Roles for managing users’ access to devices and dashboards
Remote control and OTA update for smart devices
Sending information with custom frameworks to external user apps
Achieving all initiatives with almost no coding!
This demo of a multi-layered dashboard includes the following features:
The list of connected meters and their status
The average voltage and current consumption in linear graphs
The minimum and maximum thresholds in the graph
The total power consumption
The quality of electricity usage (power factor)
Alarm list for the consumption thresholds
Calculating the cost of electricity consumption
Displaying each meter’s information in a separate dashboard
Remote control of all meters
In the diagram below, we show the development process of a smart energy solution, including transferring the device’s data to the platform directly or through intermediary systems and processing and storing information before sending it to the application layer (and vice versa).
Collecting and storing telemetry and attribute data with high reliability through MQTT, HTTP, and CoAP protocols to protect data from network and hardware failure.
Registering, managing, and grouping devices in assets while supporting encryption in the transmission layer and providing API for server-side applications to send RPC requests.
Processing input data through creating rule chains by dragging and dropping pre-programmed blocks regarding alarm activation, transferring messages to external systems, filtering and transporting messages, analyzing, etc.
More than ten different default/customizable widget categories: alarm displays, graphs, digital and analog gauges, maps, control tools, etc.
Supporting multi-tenant and multi-workspace to allow one user to have different roles in several dashboards while being able to create millions of user, customer, and device groups in each separate workspace.
Providing all the platform’s features on the edge where data is created. Automatically synchronized with the cloud platform to increase reliability and reduce latency in times of unstable communication network.
Assigning multiple roles to users and customers individually or in groups to define their access levels to platform resources, including dashboards, devices, etc.
Ready-to-use templates of pre-designed scenarios in fleet tracking, smart office, air quality monitoring, etc. fields to reduce errors and enhance creativity while developing similar projects.
By creating an account, you can start developing using the platform’s limited Free Pod resources. Also, you can enjoy a 10% discount on your first tenant top-up.